Enterobactin and bacilibactin are bacterial compounds which have a high affinity for one ion of this element. A behavior named for this element can be analyzed by a model that describes interaction energies as functions of the lattices spins which can only be positive or negative; that model is the Ising model. Since this element has the highest binding energy of any element, its 56 isotope is the highest stable nuclide that can be formed by fusion in stars. The carbonate ore of this mineral is called siderite, and a deficiency of this element leads to anemia. For 10 points, identify this element found in ores such as magnetite and hematite.
Enterobactin and bacilibactin are bacterial compounds which have a high affinity for one ion of this element. A behavior named for this element can be analyzed by a model that describes interaction energies as functions of the lattices spins which can only be positive or negative; that model is the Ising model. Since this element has the highest binding energy of any element, its 56 isotope is the highest stable nuclide that can be formed by fusion in stars. The carbonate ore of this mineral is called siderite, and a deficiency of this element leads to anemia. For 10 points, identify this element found in ores such as magnetite and hematite.
Enterobactin and bacilibactin are bacterial compounds which have a high affinity for one ion of this element.
{iron} [accept {Fe} or {ferrum}]